UNIQUE SOLUTIONS

FOR ANY MARKET

We serve customers in many markets and any market you aim for.

Imaging and machine vision is a core technology used in a variety of application areas. It provides a powerful and cost-​effective way of implementing automatic quality assurance and control - at very high speeds and with stringent accuracy requirements. Imaging technology delivers the tools to help strengthen the competitive advantage of your company.

Exact and consistent fabrication is crucial for quality and safety in automotive production and engineering. Manufacturers and component suppliers rely on leading-​edge vision technology to validate complex assembly processes and inspections.

Production speed and quality are essential in wafer manufacturing or printed
circuit board inspection. Here manufacturers place trust in the fastest and
highest resolution cameras, delivered by STEMMER IMAGING.

Those who develop the future require a clear vision. STEMMER IMAGING’s high-
performance components and systems are used in leading research institutes to
advance technologies and to enhance our future.

Superior automated manufacturing anticipates and oversees every detail. Defective products are sorted out early. Imaging allows robots to select and assemble components without errors and increase company earnings.

Having the right perspective means being able to diagnose illnesses earlier, to improve treatments and to save lives. Modern medicine depends on imaging for the diagnosis and real-​time monitoring of operative procedures.

When quality directly affects human life there is no room for error. The
pharmaceutical market requires the most demanding vision systems that not only
inspect products, but also audit the systems use and configuration, ensuring
the correct drug and dose are delivered with full traceability.

Beyond the needs of CCTV, specialist cameras using sensors with ultra-high
resolution or extended wavelength sensitivity are coupled with image
processing algorithms for applications providing visibility through smoke and
fog in fixed and mobile scenarios.

Competitive contest decisions, game statistics and technique training are
examples where machine vision is used in sports. This data coupled with 3D
tracking enables the gaming entertainment industry to create lifelike games
based on real event data.

Intelligent traffic systems rely on vision technology for vehicle classification and ANPR in road pricing and speed enforcement applications. Advanced cameras are used to capture and analyse 2D and 3D data in infrastructure monitoring on railways and roads.